- calculateAcceptProbability() - Method in class negotiator.boaframework.sharedagentstate.anac2010.AgentKSAS
-
- calculateAcceptProbability() - Method in class negotiator.boaframework.sharedagentstate.anac2011.AgentK2SAS
-
- calculateAvgDiffBetweenBids(OpponentModel) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
- calculateAvgDiffBetweenIssueWeights(OpponentModel) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
- calculateAvgDiffParetoBidToEstimate(UtilitySpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculates the average difference between the real estimated pareto bids and their
estimated utility for the opponent.
- CalculateCost(double, int) - Static method in class agents.FuzzyAgent
-
- calculateCurrentPhase(double) - Method in class negotiator.boaframework.sharedagentstate.anac2011.TheNegotiatorSAS
-
Returns the current phase of the negotiation.
- calculateDistances(OrderedSimpleElement, UtilitySpace, UtilitySpace) - Static method in class negotiator.qualitymeasures.ScenarioMeasures
-
Calculate all metrics.
- calculateEndPhases() - Method in class agents.anac.y2011.TheNegotiator.TimeManager
-
Calculates the time which should be spend on each phase based on
the distribution of the utilities of the bids.
- calculateEndPhases() - Method in class negotiator.boaframework.sharedagentstate.anac2011.TheNegotiatorSAS
-
Calculates the time which should be spend on each phase based on
the distribution of the utilities of the bids.
- calculateEndPhaseThresholds() - Method in class negotiator.boaframework.sharedagentstate.anac2011.TheNegotiatorSAS
-
- calculateKalaiDiff(BidSpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculates the absolute difference between the estimated Kalai point and the
real Kalai point.
- calculateMeasures(ArrayList<OutcomeInfoDerived>, ArrayList<ArrayList<OutcomeInfoDerived>>, HashSet<String>) - Static method in class negotiator.qualitymeasures.logmanipulation.TournamentMeasures
-
Calculates all quality measures and return an XML-object with the results.
- calculateMeasures(double, double) - Method in class negotiator.qualitymeasures.logmanipulation.UtilityMeasures
-
Returns an XML representation of all utility based quality measures.
- calculateMeasures() - Method in class negotiator.qualitymeasures.TrajectoryMeasures
-
Returns an XML representation of all trajectory based quality measures.
- calculateMovesLeft() - Method in class negotiator.boaframework.sharedagentstate.anac2011.TheNegotiatorSAS
-
- calculateNashDiff(BidSpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculates the absolute difference between the estimated Nash point and the
real Nash point.
- calculateParetoFrontierDistance(BidSpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
This methods calculates the Pareto frontier distance using the following steps:
1.
- calculatePearsonCorrelationCoefficient(double[], double[]) - Static method in class negotiator.qualitymeasures.UtilspaceTools
-
Calculate the Pearson distance between two sets.
- calculatePearsonCorrelationCoefficientBids(UtilitySpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculates the Pearson correlation coefficient by comparing the utility of each bid estimated
by the real and estimated opponent's utility space.
- calculatePercCorrectlyEstimatedParetoBids(BidSpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculate the amount of real Pareto bids which have been found by the opponent model.
- calculatePercIncorrectlyEstimatedParetoBids(BidSpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculate the percentage of bids in the estimated Pareto bids which is really
Pareto optimal.
- calculatePropArray() - Method in class agents.anac.y2011.TheNegotiator.TimeManager
-
Calculate how many possible bids are within a certain threshold interval.
- calculatePropArray() - Method in class negotiator.boaframework.sharedagentstate.anac2011.TheNegotiatorSAS
-
Calculate how many possible bids are within a certain threshold interval.
- calculateRankingDistance(double[], double[]) - Static method in class negotiator.qualitymeasures.UtilspaceTools
-
Calculate the ranking distance between two sets.
- calculateRankingDistanceBids(UtilitySpace) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculates the ranking distance by comparing the utility of each bid estimated
by the real and estimated opponent's utility space.
- calculateRankingDistanceWeights(OpponentModel) - Method in class negotiator.qualitymeasures.OpponentModelMeasures
-
Calculates the ranking distance by comparing the utility of each weight estimated
by the real and estimated opponent's utility space.
- calculateTargetUtility() - Method in class negotiator.boaframework.sharedagentstate.anac2010.YushuSAS
-
- calculateTheoreticalOutcome() - Method in class negotiator.protocol.auction.AuctionProtocol
-
- calculateThreshold(double) - Method in class negotiator.boaframework.sharedagentstate.anac2011.TheNegotiatorSAS
-
Returns the time dependent threshold which specifies how good a
bid of an opponent should be to be accepted.
- callStaticAgentFunction(String, Object[]) - Method in class negotiator.repository.AgentRepItem
-
callAgentFunction can call a Static agent function without instantiating the agent.
- canUpdateOM() - Method in class negotiator.boaframework.omstrategy.BestBid
-
The opponent model may be updated, unless the time is higher
than a given constant.
- canUpdateOM() - Method in class negotiator.boaframework.OMStrategy
-
- canUpdateOM() - Method in class negotiator.boaframework.omstrategy.NTFTstrategy
-
Method which specifies when the opponent model may be updated.
- canUpdateOM() - Method in class negotiator.boaframework.omstrategy.NullStrategy
-
Returns true if the opponent model be updated,
which is in this case if the time is lower than the given
threshold.
- canUpdateOM() - Method in class negotiator.boaframework.omstrategy.OfferBestN
-
Specifies that the opponent model may be updated when the current time
is smaller than the deadline.
- cartesianProduct(Set<A>...) - Static method in class misc.SetTools
-
Given a list of sets, this method returns the Cartesian product
of the given sets.
- centerMaxOffer - Variable in class agents.BayesianAgentForAuctionMultiPhase
-
- cf - Variable in class agents.anac.y2010.Southampton.similarity.VariableConcessionSimilarityAgent
-
- cf - Variable in class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010_Offering
-
- checkAgentActivity(Agent) - Method in class negotiator.protocol.alternatingoffers.AlternatingOffersBilateralAtomicNegoSession
-
This is the running method of the negotiation thread.
- checkCompromise(double) - Method in class negotiator.boaframework.sharedagentstate.anac2010.NozomiSAS
-
- checkInRange(Value) - Method in class negotiator.issue.Issue
-
Method to check if the given value is in the range specified
by the issue.
- checkInRange(Value) - Method in class negotiator.issue.IssueDiscrete
-
- checkInRange(Value) - Method in class negotiator.issue.IssueInteger
-
- checkInRange(Value) - Method in class negotiator.issue.IssueReal
-
- checkReadyForNegotiation(Domain) - Method in class negotiator.utility.UtilitySpace
-
check if this utility space is ready for negotiation.
- chickenGame(double, double, double) - Method in class agents.anac.y2011.ValueModelAgent.ValueModelAgent
-
- childElements - Variable in class negotiator.xml.SimpleElement
-
- children() - Method in class negotiator.issue.Objective
-
- chooseAction() - Method in class agents.ABMPAgent
-
- chooseAction() - Method in class agents.ABMPAgent2
-
- chooseAction() - Method in class agents.ABMPExactAgent
-
- chooseAction() - Method in class agents.anac.y2010.AgentFSEGA.AgentFSEGA
-
Choose action to present to the opponent.
- chooseAction() - Method in class agents.anac.y2010.AgentK.Agent_K
-
- chooseAction() - Method in class agents.anac.y2010.AgentSmith.AgentSmith
-
When we take turn, this function is invoked.
- chooseAction() - Method in class agents.anac.y2010.Nozomi.Nozomi
-
- chooseAction() - Method in class agents.anac.y2010.Southampton.SouthamptonAgent
-
- chooseAction(SouthamptonAgent, long) - Method in interface agents.anac.y2010.Southampton.SouthamptonAgentExtrasInterface
-
- chooseAction() - Method in interface agents.anac.y2010.Southampton.SouthamptonAgentExtrasInterface
-
- chooseAction(SouthamptonAgent, long) - Method in class agents.anac.y2010.Southampton.SouthamptonAgentNoExtras
-
- chooseAction() - Method in class agents.anac.y2010.Southampton.SouthamptonAgentNoExtras
-
- chooseAction() - Method in class agents.anac.y2010.Yushu.Yushu
-
- chooseAction() - Method in class agents.anac.y2011.AgentK2.Agent_K2
-
- chooseAction() - Method in class agents.anac.y2011.BramAgent.BRAMAgent
-
- chooseAction() - Method in class agents.anac.y2011.Gahboninho.Gahboninho
-
- chooseAction() - Method in class agents.anac.y2011.HardHeaded.KLH
-
This is the main strategy of that determines the behavior of the agent.
- chooseAction() - Method in class agents.anac.y2011.IAMhaggler2011.IAMhaggler2011
-
- chooseAction() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent
-
- chooseAction() - Method in class agents.anac.y2011.TheNegotiator.TheNegotiator
-
Choose an action to perform.
- chooseAction() - Method in class agents.anac.y2011.ValueModelAgent.ValueModelAgent
-
- chooseAction() - Method in class agents.BayesianAgent
-
- chooseAction() - Method in class agents.BayesianAgentForAuction
-
- chooseAction() - Method in class agents.BayesianAgentForAuctionMultiPhase
-
- chooseAction() - Method in class agents.DecUtilAgent
-
- chooseAction() - Method in class agents.FuzzyAgent
-
- chooseAction() - Method in class agents.QOAgent
-
- chooseAction() - Method in class agents.RandomIncreasingUtilAgent
-
- chooseAction() - Method in class agents.RandomWalkABMPAgent
-
- chooseAction() - Method in class agents.SimilarityAgent
-
- chooseAction() - Method in class agents.SimpleAgent
-
- chooseAction() - Method in class agents.SimpleAgentSavingBidHistory
-
- chooseAction() - Method in class agents.SimpleAgt2
-
- chooseAction() - Method in class agents.SimpleANAC2013Agent
-
Accept if the utility of the opponent's is higher than the target utility;
else return a random bid with a utility at least equal to the target utility.
- chooseAction() - Method in class agents.SimpleTFTAgent
-
- chooseAction() - Method in class agents.SlowUIAgent
-
- chooseAction() - Method in class agents.TestAgent
-
- chooseAction() - Method in class agents.TestingAgent
-
- chooseAction() - Method in class agents.UIAgent
-
- chooseAction() - Method in class agents.UIAgentExtended
-
- chooseAction() - Method in class negotiator.Agent
-
this function is called after ReceiveMessage,
with an Offer-action.
- chooseAction() - Method in class negotiator.boaframework.agent.BOAagent
-
Choose an action to perform.
- chooseAction() - Method in class negotiator.boaframework.offeringstrategy.anac2011.IAMhaggler2011_Offering
-
- chooseCounterBid() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent
-
The opponent has already made a bid.
- chooseCounterBid() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.NiceTitForTat
-
- chooseCounterBid() - Method in class agents.TimeDependentAgent
-
- chooseFirstCounterBid() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent
-
Use this method to make the first counter-bid.
- chooseFirstCounterBid() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.NiceTitForTat
-
- chooseFirstCounterBid() - Method in class agents.TimeDependentAgent
-
- chooseOpeningBid() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent
-
Use this method to make an opening bid.
- chooseOpeningBid() - Method in class agents.anac.y2011.Nice_Tit_for_Tat.NiceTitForTat
-
- chooseOpeningBid() - Method in class agents.TimeDependentAgent
-
- chooseRandomBidAction(Agent) - Static method in class agents.anac.y2010.Yushu.Utility
-
Wrapper for getRandomBid, for convenience.
- ChoosingAllBids - Class in negotiator.boaframework.offeringstrategy.other
-
This class implements an offering strategy which creates a list of possible bids and
then offers them in descending order.
- ChoosingAllBids() - Constructor for class negotiator.boaframework.offeringstrategy.other.ChoosingAllBids
-
Empty constructor used for reflexion.
- ChoosingAllBids(NegotiationSession, OpponentModel) - Constructor for class negotiator.boaframework.offeringstrategy.other.ChoosingAllBids
-
Constructor which can be used to create the agent without the GUI.
- cleanUp() - Method in class agents.SlowUIAgent
-
- cleanUp() - Method in class negotiator.boaframework.agent.BOAagent
-
Clear the agent's variables.
- cleanUp() - Method in class negotiator.boaframework.agent.TheBOAagent
-
Removes the references to all components such that the garbage collector
can remove them.
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.AgentLGModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.BayesianModel
-
- cleanUp() - Method in class negotiator.boaframework.OpponentModel
-
Removes references to the objects used by the opponent model.
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.FSEGABayesianModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.IAMhagglerBayesianModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.PerfectIAMhagglerBayesianModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.PerfectScalableBayesianModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.ScalableBayesianModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.SmithFrequencyModel
-
- cleanUp() - Method in class negotiator.boaframework.opponentmodel.SmithFrequencyModelV2
-
- clear() - Method in class agents.anac.y2011.ValueModelAgent.ValueSeperatedBids
-
- clear() - Method in class negotiator.boaframework.offeringstrategy.anac2011.valuemodelagent.ValueSeperatedBids
-
- clear() - Method in class negotiator.issue.IssueDiscrete
-
Removes all values from this Issue.
- clear() - Method in class negotiator.utility.EvaluatorDiscrete
-
wipe evaluation values.
- clone() - Method in class negotiator.boaframework.repository.BOAagentRepository
-
Override of clone method to enforce singleton pattern.
- clone() - Method in interface negotiator.utility.Evaluator
-
- clone() - Method in class negotiator.utility.EvaluatorDiscrete
-
- clone() - Method in class negotiator.utility.EvaluatorInteger
-
- clone() - Method in class negotiator.utility.EvaluatorObjective
-
- clone() - Method in class negotiator.utility.EvaluatorReal
-
- closeLog(boolean) - Static method in class negotiator.protocol.alternatingoffers.AlternatingOffersProtocol
-
- combineLists(HashMap<String, String>) - Method in class negotiator.xml.SimpleElement
-
- CommandLineOptions - Class in misc
-
This class is used to interpret commandline parameters specified when starting Genius.
- CommandLineOptions() - Constructor for class misc.CommandLineOptions
-
- CommandLineRunner - Class in misc
-
Class to allow Negotiations to be run from the command line, without the use of a GUI.
- CommandLineRunner() - Constructor for class misc.CommandLineRunner
-
- compare(Bid, Bid) - Method in class agents.anac.y2010.AgentFSEGA.ReverseBidComparator
-
- compare(Bid, Bid) - Method in class agents.anac.y2010.AgentSmith.BidComparator
-
- compare(BidWrapper, BidWrapper) - Method in class agents.anac.y2011.ValueModelAgent.BidWrapper.OpponentUtilityComperator
-
- compare(BidWrapper, BidWrapper) - Method in class agents.anac.y2011.ValueModelAgent.BidWrapper.OurUtilityComperator
-
- compare(Object, Object) - Method in class agents.bayesianopponentmodel.BayesianOpponentModel.HypsComparator
-
- compare(A, A) - Method in class misc.ScoreKeeper
-
Comparator to compare the score of two objects.
- compare(BidPoint, BidPoint) - Method in class negotiator.analysis.BidPointSorterA
-
Comperator.
- compare(BidPoint, BidPoint) - Method in class negotiator.analysis.BidPointSorterB
-
Comperator.
- compare(BidDetails, BidDetails) - Method in class negotiator.bidding.BidDetailsSorterTime
-
Comperator.
- compare(BidDetails, BidDetails) - Method in class negotiator.bidding.BidDetailsSorterUtility
-
Comperator.
- compare(BidDetails, BidDetails) - Method in class negotiator.bidding.BidDetailsStrictSorterUtility
-
Comperator.
- compare(Bid, Bid) - Method in class negotiator.bidding.BidStrictSorterUtility
-
Comperator.
- compare(Bid, Bid) - Method in class negotiator.boaframework.offeringstrategy.anac2010.AgentSmith_Offering.BidComparator
-
- compare(BidWrapper, BidWrapper) - Method in class negotiator.boaframework.offeringstrategy.anac2011.valuemodelagent.BidWrapper.OpponentUtilityComperator
-
- compare(BidWrapper, BidWrapper) - Method in class negotiator.boaframework.offeringstrategy.anac2011.valuemodelagent.BidWrapper.OurUtilityComperator
-
- compareTo(Hypothesis) - Method in class agents.anac.y2010.AgentFSEGA.Hypothesis
-
- compareTo(BidSpace.EvaluatedDiscreteCombination) - Method in class agents.anac.y2010.Southampton.analysis.BidSpace.EvaluatedDiscreteCombination
-
- compareTo(UTBid) - Method in class agents.anac.y2011.TheNegotiator.UTBid
-
compareTo is used to compare UTbids.
- compareTo(BidDetails) - Method in class negotiator.bidding.BidDetails
-
A comparator for BidDetails which order the bids in
reverse natural order of utility.
- compareTo(BidSpace.EvaluatedDiscreteCombination) - Method in class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.BidSpace.EvaluatedDiscreteCombination
-
- compareTo(BOArepItem) - Method in class negotiator.boaframework.repository.BOArepItem
-
- ComponentsEnum - Enum in negotiator.boaframework
-
- CompromosingFactor - Variable in class agents.anac.y2011.Gahboninho.IssueManager
-
- CompromosingFactor - Variable in class negotiator.boaframework.sharedagentstate.anac2011.gahboninho.IssueManager
-
- CONCEDER - Static variable in class agents.anac.y2010.Southampton.utils.concession.TimeConcessionFunction.Beta
-
- CONCEDER - Static variable in class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.TimeConcessionFunction.Beta
-
- CONCEDER_EXTREME - Static variable in class agents.anac.y2010.Southampton.utils.concession.TimeConcessionFunction.Beta
-
- CONCEDER_EXTREME - Static variable in class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.TimeConcessionFunction.Beta
-
- CONCESSIONFACTOR - Variable in class agents.BayesianAgentForAuction
-
- ConcessionFunction - Class in agents.anac.y2010.Southampton.utils.concession
-
- ConcessionFunction() - Constructor for class agents.anac.y2010.Southampton.utils.concession.ConcessionFunction
-
- ConcessionFunction - Class in negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010
-
- ConcessionFunction() - Constructor for class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.ConcessionFunction
-
- ConcessionUtils - Class in agents.anac.y2010.Southampton.utils.concession
-
- ConcessionUtils() - Constructor for class agents.anac.y2010.Southampton.utils.concession.ConcessionUtils
-
- ConcessionUtils - Class in negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010
-
- ConcessionUtils() - Constructor for class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.ConcessionUtils
-
- ContinuousEvaluationFunction<T extends ContinuousEvaluationSection> - Class in agents.anac.y2010.Southampton.analysis
-
- ContinuousEvaluationFunction(ArrayList<T>, double) - Constructor for class agents.anac.y2010.Southampton.analysis.ContinuousEvaluationFunction
-
- ContinuousEvaluationFunction<T extends ContinuousEvaluationSection> - Class in negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010
-
- ContinuousEvaluationFunction(ArrayList<T>, double) - Constructor for class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.ContinuousEvaluationFunction
-
- ContinuousEvaluationSection - Class in agents.anac.y2010.Southampton.analysis
-
- ContinuousEvaluationSection() - Constructor for class agents.anac.y2010.Southampton.analysis.ContinuousEvaluationSection
-
- ContinuousEvaluationSection - Class in negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010
-
- ContinuousEvaluationSection() - Constructor for class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.ContinuousEvaluationSection
-
- ContinuousSection - Class in agents.anac.y2010.Southampton.analysis
-
- ContinuousSection() - Constructor for class agents.anac.y2010.Southampton.analysis.ContinuousSection
-
- ContinuousSection - Class in negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010
-
- ContinuousSection() - Constructor for class negotiator.boaframework.offeringstrategy.anac2010.IAMhaggler2010.ContinuousSection
-
- ContinuousTimeline - Class in negotiator
-
A time line, running from t = 0 (start) to t = 1 (deadline).
- ContinuousTimeline(int) - Constructor for class negotiator.ContinuousTimeline
-
- convertToString() - Method in class negotiator.issue.Issue
-
- convertToString() - Method in class negotiator.issue.IssueDiscrete
-
- convertToString() - Method in class negotiator.issue.IssueInteger
-
- convertToString() - Method in class negotiator.issue.IssueReal
-
- convertToType(String) - Static method in enum negotiator.issue.ISSUETYPE
-
- convertToType(String) - Static method in enum negotiator.utility.EVALFUNCTYPE
-
Method which convert a string type to an object.
- convertToType(String) - Static method in enum negotiator.utility.EVALUATORTYPE
-
- copyFrom(Repository) - Method in class negotiator.repository.Repository
-
- createAccept(Agent) - Static method in class agents.anac.y2010.Southampton.utils.ActionCreator
-
- createBadMACOutcomes() - Method in class negotiator.protocol.alternatingoffers.AlternatingOffersBilateralAtomicNegoSession
-
- createExtraLogData() - Method in class negotiator.protocol.alternatingoffers.AlternatingOffersProtocol
-
- createMACOutcomes(double) - Method in class negotiator.protocol.alternatingoffers.AlternatingOffersBilateralAtomicNegoSession
-
Creates the different outcomes for an agent that is using a MAC Calls
createOutcome which actually creates the outcome to be logged.
- createOffer(Agent, Bid) - Static method in class agents.anac.y2010.Southampton.utils.ActionCreator
-
- createOutcome(Bid, double, boolean, OutcomeTuple, String) - Method in class negotiator.protocol.alternatingoffers.AlternatingOffersBilateralAtomicNegoSession
-
Creates an actual outcome object that can be logged
- createProtocolInstance(ProtocolRepItem, AgentRepItem[], ProfileRepItem[], HashMap<AgentParameterVariable, AgentParamValue>[]) - Static method in class negotiator.Global
-
- createProtocolInstance(ProtocolRepItem, AgentRepItem[], ProfileRepItem[], HashMap<AgentParameterVariable, AgentParamValue>[], ClassLoader) - Static method in class negotiator.Global
-
- createSession(Tournament, ProfileRepItem, ProfileRepItem, ProfileRepItem) - Static method in class negotiator.protocol.auction.AuctionProtocol
-
- createSession(Tournament, ProfileRepItem, ProfileRepItem, ProfileRepItem) - Static method in class negotiator.protocol.auction.MultiPhaseAuctionProtocol
-
- CSVLoader - Class in negotiator
-
- CSVLoader(String) - Constructor for class negotiator.CSVLoader
-
- CSVlogger - Class in negotiator.qualitymeasures
-
Class used to write the results of quality measures to a csv-
formatted file.
- CSVlogger(String, String, String, String, String, String) - Constructor for class negotiator.qualitymeasures.CSVlogger
-
Creates a CSV logger
- CSVlogger(String, Trace) - Constructor for class negotiator.qualitymeasures.CSVlogger
-
- CUHKFrequencyModelV2 - Class in negotiator.boaframework.opponentmodel
-
Optimized version of the ANAC2012 CUKHAgent opponent model.
- CUHKFrequencyModelV2() - Constructor for class negotiator.boaframework.opponentmodel.CUHKFrequencyModelV2
-
- currentAgent - Variable in class negotiator.protocol.alternatingoffers.AlternatingOffersBilateralAtomicNegoSession
-
- CycleModel - Class in negotiator.boaframework.opponentmodel
-
- CycleModel() - Constructor for class negotiator.boaframework.opponentmodel.CycleModel
-